First measurements have indicated Values of up to 40A (without cooling at 20 degree ambient temperature) per controller for up to 30 seconds. Further stress tests with various cooling systems are underway. The board runs on the Mikrocopter BL-CTRL 2.0 CPU and therefore also carries the same feature set.

Specifications

• Temperature and current is transmitted through the telemetry interface (for HoTT and Jeti)
• Various feedback channels to the MikroCopter (blocked Motors, power limitater, etc)
• Double-stacked 4 layer high performance board
• Interface for target values via I2C (molex socket) MikroKopter and PPM (e.g. Hoverfly)
• Supply with 3S – 5S
• Two connectors with HXT 6mm Gold Connector for operation with two LiPo batteries (or 4 in Parallel)
• Current and Temperature limits configurable
• Through high performance MOSFET’s (30 pcs per controller) 35A constant or 45A burst (up to 30 seconds) possible
• The extension board includes LEDs that inform you about the status of each controller
• Compatible layout to MikroKopter (Okto-Series) and Droidworx (AD-8, ADX-4 and SkyJib 8)
• Soldering pads at the exterior of the distribution boards for easy soldering

Product Contents

• 1x 8-fold high performance AEROdrive ⁸ with heat sinks
• 2x cable with HXT 6mm Gold Connectors already soldered
• Short manual and Express-Warranty extension card

Details

• For 5S operation the power supply to the MK Flight-Ctrl V2.1 must be made through the following DC/DC step-down: TSR1-2450 SIP3 (5V)
• There is no further solder work required on the board
• If the AEROdrive 8 is cooled better, its performance can increase
• A Express-Warranty card can be purchased
• Tested for high power motors and up to 40A peak load
• Made in Switzerland